SSNP-3000A Nucleic Acid Extraction System

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For Research Use Only (RUO)

Introduction
The SSNP-3000A Nucleic Acid Extraction System, produced by Bioperfectus, is a laboratory medical equipment that integrates advanced mechanical, electronic, and software technologies to enable the automatic extraction of nucleic acids from up to 64 samples simultaneously.

In conjunction with viral nucleic acid extraction kits, the system allows for the extraction and purification of high-quality viral nucleic acids (DNA and RNA) from serum, plasma, urine, viral culture medium, nasal (pharyngeal), or vaginal swabs, using magnetic bead technology and a buffer system. The purified nucleic acids can be used in routine scientific research, genomics, disease control, food safety, forensic medicine, and molecular biology experiments, among others.

Features

  • High throughput: up to 64 samples simultaneously

  • High efficiency: 14.5 to 45 minutes per run

  • Better interactive experience: 10.1” touchscreen with intuitive software

  • Easy to use: fully automatic operation

  • Biological contamination prevention: UV light, HEPA filter, and independent air filtration system

  • Commitment to quality: 18-month warranty

Parameters

Sample capacity 1-64
Magnetic bead recovery efficiency ≥98%
Plate type 96-well deep-well plate
Processing volume 20μL-1000μL
Dimensions (W × D × H) 435 × 320 × 575 mm
Weight 28 kg
Reagent type reagents for magnetic bead method
Oscillatory mixing multiple modes and adjustable speeds
Auxiliary reagent Viral Nucleic Acid Extraction Kit (Magnetic Bead Method) (Cat. No. SDK60104)
Program management creation, editing, and deletion of programs, with free and flexible editing of the extraction system
Heating temperature room temperature up to 120 °C
Contamination control the experimental cabinet is equipped with an external HEPA filter and an independent air path, in which the biological filter cotton can absorb nucleic acid aerosols
Voltage 100-240V~
Frequency 50-60Hz
Rated power 400VA

NMPA, CE, FDA Listed, SFDA

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